Subscripts

Nodes with varying numbers of subscripts (including one node with no subscripts) can freely co-exist in the same array.

A comma in subscripts and superscripts sometimes is omitted; it is also ambiguous notation.

Additionally, the MUMPS language design requires that all subscripts of variables are automatically kept in sorted order.

All names can be subscripted (the name followed by parentheses, with multiple subscripts separated by commas).

All non-numeric subscripts are stored in alphabetical order following the numbers.

A scalar can be thought of as an array element with zero subscripts.

As shown, the h-parameters have lower-case subscripts and hence signify AC conditions or analyses.

Both "globals" and "locals" can have child nodes (called subscripts in MUMPS terminology).

Each array may have up to 32 subscripts, or dimensions.

In cases where the set of indexing numbers is understood, the subscripts and superscripts are often left off.

Indexes are also called subscripts.

In practice, the subscripts "cgs" and "SI" are always omitted, and the unit system has to be assessed from context.

In the table, the subscripts and superscripts after give additional quantum mechanical details about the electronic state.

One or two subscripts are used if one or both of the remaining quarks are heavy.

Other definitions can similarly be employed; the following table lists standard wavelengths at which n is commonly determined, including the standard subscripts employed.

Subscripts are not limited to numerals—any ASCII character or group of characters can be a subscript identifier.

Subscripts label individual events.

Terms with systematic ambiguity may be written with subscripts denoting that one level of meaning is considered a higher priority than another in their interpretation.

The L and D subscripts indicate the length scale basis for the Grashof Number.

These are limited to a single typographic line of symbols, which may include subscripts and superscripts.